Design and Simulation of Shape Changing Nanoparticle for Bio Medical Applications

In recent times, many technological methods have been developed to analyze nanoparticles for their working, customization, and applications. Nanomaterials can occur naturally and these nanomaterials can produce by-products by chemical reactions and by applying surfactants. New shapes of nanoparticles increase the surface area of the particle, and surfactants can subsequently control the shape and size of the nanoparticle. To predict and change the shape of the spherical nanoparticle, using salt out or in concentration, the shape of spherical nanoparticles can be altered. The method can change the shape using a flexible way, as the structure is formed out of a closed shape and possesses the same volume, which potentially possesses large electrostatic energy. Simulation shows that using surfactants bends the shape of nanoparticles and hence modifies their shape. Finally, the result depends on nanoparticle size, shape, large specific surface area, and high chemical reactivity and electrical and magnetic properties. Simulation results of a nanoparticle for parameter values with varied salt concentrations are recorded. The resulting observation is about how the surface charge patterning changes the shape of a deformable nanoparticle. The solution conditions and the nanoparticle surface have affected the overall shape of the nanocontainer.